Welcome to the Multimodelling documentation

Contents:

• Introduction
• Scientific background
  • Multi-model ecosystem
  • State of the art in multi-modelling
    • Introduction
    • Sustainability Transitions in Socio-technical Systems
    • Types of Multi-modelling
    • Reusing Models
    • Challenges in Multi-modelling
    • Final remarks
    • References
  • Requirements for the Multi-Model Infrastructure (MMI)
    • 1. Infrastructure deployment
    • 2. Model description and alignment
    • 3. Model connection and multi-model set-up
    • 4. Model interoperation
    • 5. Model experimentation and output
  • Model description template
    • Introduction
    • CTM
    • ESSIM
    • ETM
    • MOTER
    • OPERA
    • TEACOS
  • Multi-modeling methods
    • Operating Principles
    • Scaling
    • Uncertainty analysis
  • Social process
• End user documentation
  • Running a use-case
  • Creating a use-case
    • DAG file
    • Configuration file
• Energy Models
  • CTM (Carbon Transition Model)
  • EPS (Energy Potential Scan )
  • ESSIM (Energy System Simulator)
  • ETM (Energy Transition Model)
  • MOTER (Modeler of Three Energy Regimes)
    • MOTER scope
    • Special feature: time slices
    • Additional documentation
  • OPERA (Option Portfolio for Emissions Reduction Assessment)
  • TEACOS (Techno-Economic Analysis Of Complex Option Spaces)
• Example use cases
  • Macro use case - National infrastructure
    • 1. Introduction
    • 2. Approach
    • 3. Results
    • 4. Conclusions and recommendations
  • Meso use case report
    • 1. Introduction
    • 2. Approach
    • 3. Results
    • 4. Lessons learned
    • 5. Conclusions & recommendations
    • Appendix A: CTM and ETM scenario and session ID’s
    • Appendix B: TEACOS adapter documentation
  • Micro use case report
    • 1. Introduction
    • 2. Approach
    • 3. Results
    • 4. Conclusions and lessons learned
• Technical documentation
  • IT architecture
    • General concepts
    • High level architecture
    • Selected software
  • Model adapters
    • General principles
    • Model adapter lifecycle
    • Model adapter interaction
    • Model adapter REST API
  • Orchestrator configuration
• Installation instructions
  • Prerequisites
    • Development with Python 3.11
  • Github repositories
    • Generic repositories
    • Model adapter repositories
    • AIMMS based model adapter template repository
    • Repositories for simple adapters used for initial testing
  • Installing Apache Airflow
  • Installing Minio
    • Buckets
  • Installing Model Registry
  • Installing Adapters
    • TEACOS
    • ESSIM
    • ETM-KPIs
    • Adapter-ConnectInfra
    • Adapter-Regionalization
    • Opera
    • MOTER
• Terminology
  • List of Terms in Thematic
    • Strategic, Tactical, and Operational goals
    • Model, Simulation model, and Calculation model
    • Distributed simulation
    • Source system
    • Abstraction
    • Scope and Scale
    • Granularity and Resolution
    • Model parameters and Model inputs
    • Static data and Dynamic data
    • Multi-model and Multi-modelling
    • Multi-model infrastructure
    • Multi-model constitution
    • Multi-model experimental setup
    • Multi-model workflow
    • Multi-model configuration
    • Workflow task and Model adapter
    • Model orchestrator and Model orchestration
    • Model verification and Model validation
    • Scenario and Scenario space
    • Experiment, Experimentation and Experimental frame
    • Uncertainty analysis
  • List of Terms in Alphabetical order

Indices and tables

• Index

• Module Index

• Search Page